Neutron Diffractometer with a Position Sensitive Detector (PSD) at BNC
Neutron powder diffraction is a standard technique for studying atomic and magnetic structures. The PSD diffractometer is placed on a tangential thermal neutron beam of a medium flux reactor source. This videos shows how neutron diffraction with PDF works, what samples can be studied and in which research domains it can be used for.
Keywords: Budapest Neutron Centre, Centre for Energy Research, Neutron Diffractometer with Position Sensitive Detector, neutron research, neutron diffractometry, optical medicine, radioactive waste stabilization, laser development, human bone regeneration, battery research, solid-state batteries, neutron powder diffraction
Resource type: video
Target audience: scientists, researchers, PhD students, researchers in energy materials
Difficulty level: Medium
Authors:
CERIC-ERIC CERIC-ERIC
Contributors:
Margit Fabian
Neutron Diffractometer with a Position Sensitive Detector (PSD) at BNC
https://youtu.be/W1E0Ukr9jEs
https://pan-training.eu/materials/neutron-diffractometer-with-a-position-sensitive-detector-psd-at-bnc
Introduction by Margit Fabian, to the Neutron Diffractometer with a Position Sensitive Detector (PSD) at the the CERIC Hungarian partner facility, the Budapest Neutron Centre of the Centre for Energy Research (EK)
PSD webpage: https://www.ceric-eric.eu/lab-instrument/neutron-diffractometer-with-a-position-sensitive-detector-system/
Budapest Neutron Centre, Centre for Energy Research, Neutron Diffractometer with Position Sensitive Detector, neutron research, neutron diffractometry, optical medicine, radioactive waste stabilization, laser development, human bone regeneration, battery research, solid-state batteries, neutron powder diffraction
scientists
researchers
PhD students
researchers in energy materials
0
